F1 Simulation Development Placement β€” Motorsport Tech

F1 Simulation Development Placement β€” Motorsport Tech

Placement 47250 - 57750 Β£ / year (est.) No working from home possible
Alpine

At a Glance

  • Tasks: Develop and test simulation software for cutting-edge motorsport technology.
  • Company: Join ALPINE RACING LIMITED, a leader in motorsport innovation.
  • Benefits: Gain hands-on experience in a dynamic environment with industry experts.
  • Other info: 1-year placement starting July 2027, perfect for penultimate year students.
  • Why this job: Be part of a thrilling team that shapes the future of racing technology.
  • Qualifications: Pursuing a relevant degree in CS, Mechanical, Automotive, Aerospace or Motorsport Engineering.

The predicted salary is between 47250 - 57750 Β£ per year.

ALPINE RACING LIMITED is offering a 1-year Simulation Development Student Placement in Enstone, starting July 2027. You will develop, test and deploy simulation software used across technical departments, working with simulation engineers, software developers and performance analysts to ensure accuracy, efficiency and user-friendliness.

Applicants should be pursuing a relevant degree in CS, Mechanical, Automotive, Aerospace or Motorsport Engineering in their penultimate year.

F1 Simulation Development Placement β€” Motorsport Tech employer: Alpine

Alpine is an exceptional employer for aspiring software engineers, offering a dynamic internship at their Enstone headquarters where innovation meets passion for Formula 1. Interns benefit from hands-on experience, mentorship from seasoned professionals, and access to state-of-the-art facilities, including a gym, fostering a collaborative and growth-oriented work culture that encourages personal and professional development.

Alpine

Contact Details:

Alpine Recruitment Team

We think you need these skills to ace F1 Simulation Development Placement β€” Motorsport Tech

Simulation Software Development
Software Testing
Software Deployment
Collaboration with Engineers
Performance Analysis
User-Friendliness Design
Computer Science Knowledge